JP2011243140A - Medical information processing device, medical information processing system, medical information processing method, and medical information processing program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve a problem of a device being unable to automatically record the effects of medicines used by users for purpose of treatment.SOLUTION: A device comprises: position attribute storing means for beforehand storing a position and a physical condition evaluation index with linking to each other; medicine history storing means for storing a medicine ID and an effect score with linking to each other; medicine detecting means for detecting a medicine ID of a medicine used by a user; action history recording means for obtaining a position of the user within a fixed time after the detection of the medicine ID by the medicine detecting means; and medicinal effect evaluation means for obtaining, by the position attribute storing means, a physical condition evaluation index linked to the position of the user detected by the action history recording means, calculating an effect score based on the obtained physical condition evaluation index, and storing the effect score with linking to the medicine ID detected by the medicine detecting means.

Description

  The present invention relates to a medical information processing apparatus, a medical information processing system, a medical information processing method, and a medical information processing program.

  Patent Document 1 discloses a condition estimation device that estimates a user's condition without using a sensor or a tag. The apparatus calculates a condition index based on the user's behavior history log. The condition index is an index for estimating the condition of the user, such as “sleep index”, “labor index”, “energy index”, and the like. The “sleep index” is calculated from the estimated sleep time of the user, and the “labor index” is calculated from the estimated work time of the user. “Energy index” is obtained by adding “sleep index” and “labor index”.

  Patent Document 2 discloses a system that, when it is detected that a user has started or ended a meal, inquires about the contents of the meal after a predetermined time after the detection, and obtains and analyzes the response. To do.

  Patent Document 3 discloses a medication data management device that stores medication to be administered to a patient as medication data for each patient, and stores medication data including the name, dose / use, and efficacy / effect of the medication. The apparatus selects and prints medicine data corresponding to the medication data of the subject patient.

  Patent Document 4 discloses a drug treatment management device that provides an independent drug container for each individual drug to be taken and transmits a detection report to a host when the sensor detects that the container has been opened.

  Non-Patent Document 1 and Non-Patent Document 2 disclose an electronic medicine notebook that records a patient's drug history, medical history, and allergy history on an IC card. An IC tag is attached to a package of commercially available chemicals. The server searches and outputs medicine information based on the medicine ID read from the IC tag by the reader device. The electronic medicine notebook detects inappropriate drinking by matching medicine information obtained from a server with information recorded on an IC card held by a patient.

JP 2009-181478 A JP 2003-173375 A Japanese Patent Laid-Open No. 11-056772 Special Table 2007-524175

http://www.t-engine.org/news/pdf/TEP051213_u13.pdf http://www.t-engine.org/japanese.html (p.31)

  The device cannot automatically record the effects of drugs used by users for therapeutic purposes. None of the techniques described in the above references record the effects of the chemicals used. It is an object of the present invention to provide a description that solves the above-mentioned problems.

A medical information processing apparatus according to an embodiment of the present invention includes a position attribute storage unit that stores a position and a physical condition evaluation index in association with each other, a medicine history storage unit that stores a drug ID and an effect score in association with each other,
A medicine detection means for detecting a medicine ID of a medicine used by a user; an action history recording means for acquiring the position of the user within a predetermined time after detection of the medicine ID by the medicine detection means; and the action history recording. The physical condition evaluation index corresponding to the position of the user acquired by the means is acquired from the position attribute storage means, the effect score is calculated based on the acquired physical condition evaluation index, and the medicine ID detected by the medicine detection means and A medicinal effect evaluation means for storing the drug history storage means in association with each other.

  A medical information processing program according to an embodiment of the present invention detects a medicine ID of a medicine used by a user in a computer including a position attribute storage unit and a medicine history storage unit that store a position and a physical condition evaluation index in association with each other. Corresponding to the position of the user acquired in the action history recording process and the action history recording process for acquiring the position of the user within a certain time after the detection of the medicine ID by the medicine detection process. The physical condition evaluation index to be obtained is acquired from the position attribute storage means, the effect score is calculated based on the acquired physical condition evaluation index, and stored in the medicine history storage means in association with the medicine ID detected in the medicine detection process. The medicinal effect evaluation process is executed.

  A medical information processing method according to an embodiment of the present invention associates a position and a physical condition evaluation index and stores them in a position attribute storage unit, detects a medicine ID of a medicine used by a user, and performs a certain time after the medicine ID is detected. The physical position evaluation index corresponding to the acquired position of the user is acquired from the position attribute storage means, and the effect score is calculated based on the acquired physical condition evaluation index, The medicine ID is stored in association with the detected medicine ID.

  The medical information processing apparatus according to the present invention records the effect of a medicine used by a user for therapeutic purposes.

It is a figure showing composition of medical information processor 10 of a 1st embodiment. It is a figure which shows the data which the medicine history memory | storage part 12 memorize | stores. It is a figure which shows the data which the action history recording part 13 acquires. It is a figure which shows the data which the position attribute memory | storage part 15 memorize | stores. 4 is a flowchart showing the operation of the medical information processing apparatus 10. 5 is a flowchart showing the operation of the action history recording unit 13. It is a flowchart (1/2) which shows operation | movement of the medicinal effect evaluation part. It is a flowchart (2/2) which shows operation | movement of the medicinal effect evaluation part 14. FIG. It is a figure which shows the structure of the medical information processing apparatus 10 of 2nd Embodiment. It is a figure which shows the data which the chemical | medical agent attribute memory | storage part 16 memorize | stores. 2 is a diagram illustrating a configuration of a medical information processing system 70. FIG. It is a figure which shows the structure of the medical information processing apparatus 10 of 4th Embodiment.

  FIG. 1 is a diagram illustrating a configuration of a medical information processing apparatus 10 according to the first embodiment of this invention. The medical information processing apparatus 10 includes a medicine detection unit 11, a medicine history storage unit 12, an action history recording unit 13, a medicinal effect evaluation unit 14, a position attribute storage unit 15, and a display unit 17.

  The medicine detection unit 11, the action history recording unit 13, and the medicinal effect evaluation unit 14 are hardware devices including a logic circuit, a semiconductor memory, and the like. A part or all of the medicine detection unit 11, the action history recording unit 13, and the medicinal effect evaluation unit 14 is configured so that a processor (not shown) of the medical information processing apparatus 10 stores a medical information processing program 19 stored in a storage device (not shown). It may be realized by reading and executing.

  The drug history storage unit 12 and the position attribute storage unit 15 are storage devices such as a semiconductor memory and a disk. The display unit 17 is a liquid crystal display or the like.

  The medicine detection unit 11 detects the user's use of medicine and acquires an identifier (medicine ID) of the medicine used. The medicine detection unit 11 stores the acquired medicine ID and date in the medicine history storage unit 12. The kind of medicine is not limited, such as a medicine for drinking, a patch, and eye drops.

  The medicine detection unit 11 includes, for example, a communication device that receives a detection signal from the drug treatment management device described in Patent Document 4 that an independent drug container for each individual drug has been opened. The medicine detection unit 11 identifies the medicine ID from the opened medicine container.

  The medicine detection unit 11 may include a barcode reader that reads the medicine ID from the barcode of the medicine package, or a control unit of a tag reader that reads the medicine ID from an IC tag attached to the package. In this case, the user reads the medicine ID with the reader when the medicine is used.

  The medicine detection unit 11 may include an input control unit such as a keypad of a mobile terminal. In this case, the user operates the key to input the medicine ID when using the medicine.

  FIG. 2 shows an example of data stored in the medicine history storage unit 12 in a table format. The medicine history storage unit 12 stores a use index 20, a use medicine ID 21, a use date 22 and an effect score 23 in association with each other. The drug history storage unit 12 does not store valid data in the initial state.

  The medicine detection unit 11 stores the medicine ID acquired as described above in the use medicine ID 21, the acquisition date / time in the use date / time 22, and the acquisition ID number of the medicine ID in the use index 20. The later-described medicinal effect evaluation unit 14 obtains a value indicating the effect level of the use of the medicine specified by the used medicine ID 21 and the use date 22 and stores it in the effect score 23.

  The action history recording unit 13 acquires the action history of the user within a certain time after the offset time has elapsed after the medicine detection by the medicine detection unit 11 (after acquisition of the medicine ID). FIG. 3 shows an example of data acquired by the action history recording unit 13 in a table format. The action history recording unit 13 acquires the position (measurement position 33) of the user such as the latitude and longitude of the user and the date and time (measurement date and time 32) at that time, and acquires the acquisition serial number (positioning index 31). And output.

  Each time the medicine detection unit 11 obtains a medicine ID, a series of action histories are obtained in chronological order. The usage index 20 and the history index 30 indicate the association between the acquisition of the medicine ID and the action history. For example, the time series data of a series of measurement positions 33 in which the value of the history index 30 in FIG. 3 is “1” corresponds to the acquisition of the medicine ID indicated by the row in which the usage index 20 in FIG. 2 is “1”. It is the action history acquired.

  The action history recording unit 13 may output the user's action history within a predetermined time in a table form as shown in FIG. good.

  The administrator of the medical information processing apparatus 10 sets the offset time, the length of time, and the history acquisition cycle for acquiring the history, and are given to the action history recording unit 13. After the medicine ID is acquired, a certain time starts when the offset time elapses and continues for the specified length of time. For example, the administrator of the medical information processing apparatus 10 sets an offset time in consideration of the time until the effect comes out after using the medicine, and considers the time etc. for which the effect of the medicine lasts. Set the time length.

  The time length may be specified directly, or may be specified by a combination of the history acquisition cycle and the number of times (one or more).

  The offset time may not be specified. In this case, the action history recording unit 13 starts acquiring the action history immediately after acquiring the medicine ID.

  FIG. 3 shows an example in which an action history is acquired 96 times in a 15-minute cycle, that is, an example in which the length of a certain time for acquiring the history is 24 hours (15 minutes × 96). 2 and 3 show that a history with a history index 30 of “1” has an offset time of 2 hours, and a history with a history index 30 of “2” has an offset time of 0 hours.

  When the medical information processing apparatus 10 is an apparatus carried by a user, the action history recording unit 13 has a positioning function such as a GPS (Global Positioning System) function, thereby acquiring the position of the user. When the medical information processing apparatus 10 is an apparatus that is fixedly installed in a house or the like, the action history recording unit 13 receives the position of the user through a mobile phone network or the like from a position sensor or the like carried by the user. .

  The medicinal effect evaluation unit 14 estimates the physical condition of the user and the effect of the medicine from the action history acquired by the action history recording unit 13 and the data stored in the position attribute storage unit 15, and the effect score is stored in the drug history storage unit 12. 23 is stored.

  FIG. 4 shows an example of data stored in the position attribute storage unit 15 in a table format. The position attribute storage unit 15 stores the landmark number 40, the existing position 42, and the physical condition evaluation index 43 in association with each other. The landmark number 40 indicates the serial number of the landmark. The existence position 42 indicates the position of the corresponding landmark, such as latitude and longitude.

  The physical condition evaluation index 43 is an estimated value of an index indicating the physical condition of the user at the corresponding landmark. The physical condition evaluation index 43 is allocated according to the property of the landmark. For example, when a user stays in a hospital or a pharmacy, the user's physical condition is estimated to be bad. Therefore, landmarks such as hospitals and pharmacies are assigned values (for example, negative values) indicating poor physical condition. Conversely, when staying at an amusement park or shopping mall, it is estimated that the user's physical condition is relatively good. Therefore, landmarks such as amusement parks and shopping malls are assigned values indicating good physical condition (for example, positive values). The physical condition evaluation index 43 is, for example, a value of −5 to +5.

  The position attribute storage unit 15 may store the landmark name 41 in association with the landmark number 40. The landmark name 41 is the name of the corresponding landmark.

  Information stored in the position attribute storage unit 15 is set in advance by the administrator of the medical information processing apparatus 10 prior to use by the user. The medical information processing apparatus 10 may include a position attribute changing unit for a user to change information in the position attribute storage unit 15.

  FIG. 5 is a flowchart showing the overall operation of the medical information processing apparatus 10. First, the medicine detection unit 11 detects the use of the user's medicine and acquires the medicine ID of the medicine used (S1). The medicine detection unit 11 transmits the acquired medicine ID to the medicine history storage unit 12, and the medicine history storage unit 12 stores the received medicine ID together with the date and time in the medicine history storage unit 12 (S2).

  The behavior history recording unit 13 acquires the behavior history of the user within a certain time after the medicine detection unit 11 detects the use of the medicine. (S3).

  When the recording of the action history is completed after a certain time has elapsed, the action history recording unit 13 outputs the history information to the medicinal effect evaluation unit 14 in the format shown in FIG. During a certain period of time, the action history recording unit 13 may sequentially output rows corresponding to the positioning index 31 to the medicinal effect evaluation unit 14, and the medicinal effect evaluation unit 14 may hold the history information in a format as shown in FIG.

  The medicinal effect evaluation unit 14 evaluates the medicinal effect of the drug based on the action history as shown in FIG. 3, and calculates an evaluation score s (S4).

  Finally, the medicinal effect evaluation unit 14 records the evaluation score s obtained in S4 in the effect score 23 of the drug history storage unit 12 in association with the used medicine ID 21 recorded in S2 (S5).

  FIG. 6 is a flowchart showing the operation of the action history recording unit 13. This figure shows in detail the operation of S3 in FIG. In this figure, after the user's medicine use is detected and the medicine ID is acquired, the action history recording unit 13 records the position of the user a certain number of times (such as every 96 minutes) at a certain period (such as every 15 minutes). An example flow diagram is shown.

  After the detection, the action history recording unit 13 waits for the specified offset time (S30). That is, the action history recording unit 13 does not acquire a history until the offset time has elapsed.

  When the offset time elapses, the action history recording unit 13 acquires the position of the user and stores the history index 30, the measurement index 31, the measurement date 32, and the measurement position 33 in an internal memory or the like (S31). The history index 30 is received from the medicine detection unit 11, for example. For example, the action index recording unit 13 generates a history acquisition serial number for the measurement index 31.

  Next, the action history recording unit 13 confirms whether the number of times position information has been recorded has reached a predetermined number (96 times, etc.) (S32).

  When the number of recordings has not reached the predetermined number (NO in S32), the action history recording unit 13 executes S31 again after waiting for one cycle time (such as 15 minutes) (S34). If the predetermined number of times has been reached (YES in S32), the action history recording unit 13 outputs the action history stored in the internal memory or the like to the medicinal effect evaluation unit 14 in the format shown in FIG. 3 (S33), End the operation.

  FIG. 7 is a flowchart (1/2) showing the operation of the medicinal effect evaluation unit 14. This figure shows the operation of S4 in FIG. 5 in detail.

  The medicinal effect evaluation unit 14 first detects the staying point X of the user from the action history as shown in FIG. The medicinal effect evaluation unit 14 sets the variable i and the variable s to 0 (S41), and then adds 1 to the variable i (S42). Next, the medicinal efficacy evaluation unit 14 measures the measurement points 33 in three rows corresponding to three consecutive points in time series, for example, the value of the positioning index 31 corresponds to the value of the variable i, the value of the variable i + 1, and the value of the variable i + 2. Is in the circle of radius r (S43). The value of the radius r is a parameter value set by the administrator of the medical information processing apparatus 10 and is 500 m, for example.

  If the positions of the three consecutive points in time series are not within the circle with the radius r (NO in S43), the medicinal effect evaluation unit 14 proceeds to S46. If the positions of three consecutive points on the time series are within a circle with a radius r (YES in S43), the medicinal effect evaluation unit 14 calculates the position of the stay point X from the three measurement positions 33 (S44). For example, the medicinal effect evaluation unit 14 obtains the position of the stay point X by averaging the latitude and longitude of three points.

  Next, the medicinal effect evaluation unit 14 refers to the existing position 42 in the position attribute storage unit 15, acquires the physical condition evaluation index 43 for the stay point X, and adds it to the variable s (S45). Next, the medicinal effect evaluation unit 14 compares the value of the variable i with the number of times of history acquisition-2 (for example, 96-2 = 94), and returns to S42 if the value of the variable i is small (YES in S46). If the value is not small (NO in S46), the operation is terminated.

  The medicinal effect evaluation unit 14 may calculate the position of the stay point X from the number of measurement positions 33 other than three.

  FIG. 8 is a flowchart (2/2) showing the operation of the medicinal effect evaluation unit 14. This figure shows in detail the operation of S45 in FIG.

  The medicinal effect evaluation unit 14 sets the variable k to 0 (S451), and then adds 1 to the variable k (S452). Next, the medicinal effect evaluation unit 14 calculates the distance d between the two points from the position 42 (FIG. 4) of the row where the value of the landmark number 40 matches the value of the variable k and the position of the stay point X (S453). ).

  The medicinal effect evaluation unit 14 compares the value of the distance d with a value R given in advance (S454). The value R is a parameter value set by the administrator of the medical information processing apparatus 10 and is, for example, 200 m.

  If the value of the distance d is equal to or greater than R (NO in S454), the medicinal effect evaluation unit 14 determines that there is no landmark around the stay point X, and proceeds to S456. If the value of the distance d is smaller than the value R (YES in S454), the medicinal effect evaluation unit 14 determines that the user has stayed at the landmark, and the value of the landmark number 40 matches the value of the variable k. The value of the physical condition evaluation index 43 (FIG. 4) of the line to be added is added to the variable s (S455).

  The medicinal effect evaluation unit 14 repeats the processes of S452 to S455 for the number of landmarks held in the position attribute storage unit 15 (NO in S456), and then ends the operation.

  When the landmarks are sufficiently separated from each other, the medicinal effect evaluation unit 14 may end the operation after executing S455 once. In S5 of FIG. 5, the medicinal effect evaluation unit 14 may record not only the effect score 23 but also the action history (FIG. 3) recorded in S3 in association with the medicine ID 21 used. Later, when the information stored in the position attribute storage unit 15 is updated, it becomes possible to newly evaluate the medicinal effect.

  The display unit 17 displays the used medicine ID 21, the effect score 23, and the like stored in the medicine history storage unit 12 based on the user's operation and the like. The medicine ID 21 and the effect score 23 stored in the medicine history storage unit 12 may be transmitted to other devices through a communication line.

  The medical information processing apparatus 10 according to the present embodiment can record the effect of a medicine used by a user for therapeutic purposes. This is because the medicinal effect evaluation unit 14 acquires the effect score 23 of the used medicine based on the measurement position 33 of the user's action history.

<Second Embodiment>
FIG. 9 is a diagram illustrating a configuration of the medical information processing apparatus 10 according to the second embodiment. The medical information processing apparatus 10 according to the present embodiment includes a medicine attribute storage unit 16 in addition to the configuration of the medical information processing apparatus 10 according to the first embodiment. The medicine attribute storage unit 16 is a storage device such as a semiconductor memory or a disk.

  The medicine attribute storage unit 16 holds the recording parameters of the corresponding action history. FIG. 10 is a diagram showing data stored in the medicine attribute storage unit 16 in a table format. The medicine attribute storage unit 16 stores a registration offset time 51, a period 52, and a frequency 53 corresponding to the medicine ID (registered medicine ID 50). The registration offset time 51 is an offset time of a certain time for acquiring the above-described history. The period 52 and the number 53 are the period and the number of times of history acquisition. That is, the product of the period 52 and the number of times 53 is a time length of a certain time for acquiring the history.

  Information stored in the medicine attribute storage unit 16 is set in advance by the administrator of the medical information processing apparatus 10 prior to use by the user. The medical information processing apparatus 10 may include a medicine attribute changing unit for a user to change information in the medicine attribute storage unit 16.

  The action history recording unit 13 of the present embodiment prior to the acquisition of the action history (before S30 in FIG. 6) includes a line having a registered medicine ID 50 that matches the medicine ID acquired by the medicine detection unit 11 as a medicine attribute storage unit. Search from 16. The action history recording unit 13 acquires the values of the registration offset time 51, the period 52, and the number of times 53 from the row, and acquires the action history using these values as parameters.

  About the other point, the medical information processing apparatus 10 of this Embodiment is the same as 1st Embodiment.

  The medical information processing apparatus 10 according to the present embodiment can record the effect of medicine with improved accuracy. The reason is that the effect score 23 is acquired based on an appropriate action history for a certain time according to the type of medicine used by the user for the purpose of treatment.

  After use, the time until the drug is effective and the period during which the effect lasts depend on the type of drug. The administrator of the medical information processing apparatus 10 can adjust, for example, to set the registration offset time 51 large for a slow-acting drug and small for a fast-acting drug.

<Third Embodiment>
FIG. 11 shows a configuration of a medical information processing system 70 according to the third embodiment. The medical information processing system 70 includes a drug attribute providing server 60 and one or more medical information processing apparatuses 10 connected to the server via a communication network 71.

  The medical information processing apparatus 10 of the present embodiment includes an apparatus communication unit 18a instead of the medicine attribute storage unit 16 in the second embodiment. The medicine attribute providing server 60 includes the medicine attribute storage unit 16 and the server communication unit 18b described in the second embodiment.

  The action history recording unit 13 of the medical information processing apparatus 10 according to the present embodiment transmits the drug ID to the drug attribute providing server 60 via the device communication unit 18a and the server communication unit 18b. The registered offset time 51, period 52, and number of times 53 are acquired.

  About the other point, the medical information processing apparatus 10 of this Embodiment is the same as 2nd Embodiment.

  The medical information processing apparatus 10 according to the present embodiment can record the effect of medicine with further improved accuracy. The reason is that the drug attribute providing server 60 operated by the drug manufacturer or the like can transmit the appropriate registration offset time 51, the period 52, and the frequency 53 based on the expertise of the drug manufacturer or the like to the medical information processing apparatus 10.

<Fourth embodiment>
FIG. 12 is a diagram illustrating a configuration of the medical information processing apparatus 10 according to the fourth embodiment. The medical information processing apparatus 10 includes a position attribute storage unit 15, a drug history storage unit 12, a drug detection unit 11, an action history recording unit 13, and a medicinal effect evaluation unit 14. The position attribute storage unit 15 stores the existing position 42 and the physical condition evaluation index 43 in association with each other. The medicine history storage unit 12 stores the medicine ID 21 and the effect score 23 in association with each other. The medicine detection unit 11 inputs the medicine ID of the medicine used by the user. The action history recording unit 13 acquires the position of the user within a predetermined time after the medicine ID is input by the medicine detection unit 11. The medicinal effect evaluation unit 14 acquires the physical condition evaluation index 43 corresponding to the position of the user acquired by the action history recording unit 13 from the position attribute storage unit 15, calculates the effect score 23, and is input by the drug detection unit 11. The medicine history is stored in the medicine history storage unit 12 in association with the medicine ID.

  The medical information processing apparatus 10 according to the present embodiment can record the effect of a medicine used by a user for therapeutic purposes. This is because the medicinal effect evaluation unit 14 acquires the effect score 23 of the used medicine based on the measurement position 33 of the user's action history.

  While the present invention has been described with reference to the embodiments, the present invention is not limited to the above embodiments. Various changes that can be understood by those skilled in the art can be made to the configuration and details of the present invention within the scope of the present invention.

  The present invention can be applied to a portable information terminal that manages medical information, a program that controls its operation, a system that manages medical information, and the like. The present invention is also applicable to a portable information terminal having a communication function with a wireless IC card, a program for controlling the operation thereof, a system including an IC card reader / writer, and the like.

DESCRIPTION OF SYMBOLS 11 Drug detection part 12 Drug history memory | storage part 13 Action history recording part 14 Medicinal effect evaluation part 15 Position attribute memory | storage part 16 Medicine attribute memory | storage part 17 Display part 18a Apparatus communication part 18b Server communication part 19 Medical information processing program 20 Usage index 21 Used medicine ID
22 Use date and time 23 Effect score 30 History index 31 Positioning index 32 Measurement date and time 33 Measurement position 40 Landmark number 41 Landmark name 42 Existence position 43 Physical condition evaluation index 50 Registered medicine ID
51 Registration offset time 52 Period 53 Number of times 60 Drug attribute providing server 70 Medical information processing system 71 Communication network

Claims (10)

Position attribute storage means for previously storing the position and the physical condition evaluation index in association with each other;
Medicine history storage means for storing a medicine ID and an effect score in association with each other;
A medicine detection means for detecting the medicine ID of the medicine used by the user;
Action history recording means for acquiring the position of the user within a certain time after detection of the medicine ID by the medicine detection means;
A physical condition evaluation index corresponding to the user's position acquired by the action history recording means is acquired from the position attribute storage means, and an effect score is calculated based on the acquired physical condition evaluation index, and the medicine detection means detects A medical information processing apparatus including medicinal effect evaluation means stored in the medicine history storage means in association with the medicine ID. The medical information processing apparatus according to claim 1, wherein the behavior history recording unit acquires a position of the user within the predetermined time after the offset time has elapsed after the medicine ID is detected by the medicine detection unit. The action history recording means acquires an offset time and a time length corresponding to a medicine ID detected by the medicine detection means from a medicine attribute storage means for storing a medicine ID, an offset time and a time length in association with each other, and The medical information processing apparatus according to claim 1, wherein after the medicine ID is detected by the medicine detection unit, the position of the user within the certain time of the acquired time length after the acquired offset time has elapsed is acquired. The action history recording means acquires a plurality of positions of the user at a predetermined cycle within the predetermined time,
The medical effect evaluation means according to any one of claims 1 to 3, wherein the medicinal effect evaluation means obtains a physical condition evaluation index corresponding to each of the plurality of positions from the position attribute storage means, and sums them up to obtain a total value as an effect score. Information processing device. A medical information processing apparatus according to claim 3;
A medicine attribute that is connected to the medical information processing apparatus via a network, includes the medicine attribute storage means, receives a medicine ID from the medical information processing apparatus, and returns an offset time and a time length associated with the medicine ID A medical information processing system including a providing server. In a computer comprising position attribute storage means and medicine history storage means for storing the position and physical condition evaluation index in advance in association with each other,
A medicine detection process for detecting the medicine ID of the medicine used by the user;
An action history recording process for acquiring the position of the user within a predetermined time after detection of a medicine ID by the medicine detection process;
A physical condition evaluation index corresponding to the position of the user acquired in the action history recording process is acquired from the position attribute storage means, an effect score is calculated based on the acquired physical condition evaluation index, and detected by the medicine detection process A medical information processing program for executing a medicinal effect evaluation process stored in the medicinal history storage means in association with the medicine ID. The medical information processing program according to claim 6, wherein the behavior information recording process for acquiring the position of the user within the certain time after the offset time has elapsed after the medicine ID is detected by the medicine detection process is executed by the computer. . From the medicine attribute storage means that stores the medicine ID, the offset time, and the time length in association with each other in the computer, obtains the offset time and the time length corresponding to the medicine ID detected in the medicine detection processing, and the medicine detection processing The medical information processing program according to claim 6, wherein the action history recording process for acquiring the position of the user within the certain time of the acquired time length after the acquired offset time has elapsed after the medicine ID is detected by the medical information. Store the position and physical condition evaluation index in association with the position attribute storage means,
Detect the drug ID of the drug used by the user,
Acquire the position of the user within a certain time after detection of the medicine ID,
The physical condition evaluation index corresponding to the acquired position of the user is acquired from the position attribute storage means, the effect score is calculated based on the acquired physical condition evaluation index, and the medical history storage means is associated with the detected medicine ID Medical information processing method to store in. The medical information processing method according to claim 9, further comprising acquiring a position of the user within the predetermined time after the offset time has elapsed after detection of the medicine ID.

Images